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OtoRhinoLaryngology by Sfakianakis G.Alexandros Sfakianakis G.Alexandros,Anapafseos 5 Agios Nikolaos 72100 Crete Greece,tel : 00302841026182,00306932607174
Jason Moon of the New Hampshire Public Radio, reports that researchers at the University of New Hampshire are studying communication strategies of American Burying Beetles.
NPR featured a piece on “All Things Considered,” considering how to improve speech understanding in noisy environments. The segment focused on an ongoing study by Frank Russo, the director of the Science of Music, Auditory Research, and Technology Lab (SMART Lab) at Ryerson University in Toronto.
Understanding and reducing falls in the elderly is an important cornerstone in vestibular and balance rehabilitation, and there may be a new tool on the horizon that could change the way our patients achieve this, namely, exoskeleton technology. Previously, the use of exoskeletons assistance has been limited. Initial prototypes were cumbersome and designed for those with significant motor-control impairment, which left most of the control to the device itself.
Imagine traveling thousands of miles with your newborn in search of food. Now imagine doing this in almost complete darkness. This is exactly what humpback whales and their newborns do as a matter of routine. The journey to the food-rich Antarctic or Arctic waters from their tropical breeding grounds can be thousands of miles. The mother and calf swim in deep ocean waters where light is scarce and therefore vision is not very useful. The pair has to depend on sound to keep track of each other. But broadcasting their presence to killer whales can be fatal.
Got plans to visit Canada anytime soon? The Museum London in London, Ontario, will be hosting the exhibit “Sounds Assembling: Communication and the Art of Noise.” The artwork includes glass panels etched with waveforms corresponding to spoken word (Artist: James Joynes) and a hand-cranked musical device that plays notes corresponding to the noise of insects (Artist: Kevin Curtis Norcross).
In 2015, the President’s Council on Advisors on Science and Technology (PCAST) issued recommendations intended to improve hearing health- care delivery. Subsequently, the FDA and other federal agencies and consumer advocacy groups sponsored a study published by the National Academies of Sciences, Engineering, and Medicine in June 2016. Further considerations have been discussed in an FDA (April 2016) and FTC (April 2017) workshops. A common issue discussed in each of these reports and workshops is the high cost of hearing aids as a primary factor in adoption rates.
Three members of the American Academy of Audiology, Bettie Borton, AuD; Victor Bray, PhD, and Victoria Keetay, PhD, were recently selected to serve in leadership positions in the the National Academies of Practice (NAP). Bettie Borton and Victoria Keetay are the chair and vice chair of the Audiology Academy in the NAP, respectively. Victor Bray, founding chair of the Audiology Academy, has been elected as secretary/treasurer to NAP’s Executive Council.
Do you ever daydream about living in Hawai'i? Are you curious if there would be opportunities for audiologists in this tropical paradise? If so, you may be interested in a recent article by Shaikh et al (2017) titled "Hearing and Balance Disorders in the State of Hawai‘i: Demographics and Demand for Services."
With bills flying around the DC beltway and opinions creating a tornado of whispers, there is a worry about the future of audiology in the air. Will the corner pharmacy be the latest competition we have to deal with? Will all the talk about the cost of hearing aids drown out the real cost of hearing loss? Will an ill-fitting device create a lifetime of distance between a person with a hearing loss and actual help? Or will this tsunami of attention and publicity finally turn our nation’s attention to hearing loss as a public health conundrum?
How do the brains of those who have had optimal outcomes from early therapy for autism spectrum disorder (ASD) function? Is it different from those who have not had optimal outcomes or even from those without ASD? This is what two researchers from the University of Connecticut, Drs. Deborah Fein and Inge-Marie Eigstiare, are currently exploring through the use of functional magnetic resonance imaging. They define optimal outcomes as those who appear to no longer have any ASD symptoms.
Recently, researchers from Indiana University and Harvard established a method for developing human inner ear organoids in 3D culture. As described in Nature Biotechnology (Koehler et al., 2017), differentiated human pluripotent stem cells into an inner ear-like organ (organoid) with functional hair cells. The advantage of this approach is the use of human cells that are different from animal models.